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1·The mixing heat and mixing free enthalpy of action between organic additives and PSA were studied by gas chromatography method.

用气相色谱法研究了有机添加剂与聚砜酰胺之间作用的混合热和混合自由焓。

2·The formation enthalpy, free enthalpy and entropy of the complex have been calculated by equilibrium constants at different temperatures.

根据不同温度下的平衡常数计算了络合物的生成焓、生成自由焓和熵。

3·And it was supposed that the influence of the pressure on the system is only effect upon the exess molar volume of the system rely on the relationship of Gibbs free enthalpy with the pressure.

根据等温时压力对体系自由焓影响的关系式，把压力对体系热力学数据的影响都归结为对体系中各组元偏摩尔体积的影响。

4·This article introduces one-step calculating method of multi-chemical reactions free enthalpy change and equilibrium constant and its application in metal smelting and other many chemical fields.

本文提出，多重化学反应自由焓变、平衡常数的一步计算法，可在金属冶炼和诸多化学领域中广泛的应用。

5·The former includes the calculation of reaction free enthalpy, equilibrium constants, maximum output, gaseous phase partial pressure and theoretical decomposition voltage of molten salt electrolysis.

前者包括反应自由焓、平衡常数、最大产量、气相分压以及熔盐电解理论分解电压的计算；

6·And it relates the temperature change in the Gibbs free energy with the enthalpy change.

这个方程把吉布斯自由能中的温度变化，和焓的变化联系起来。

7·Based on the theory of radial distribution function, a new unified model for excess enthalpy and excess Gibbs free energy of liquid solution was proposed.

本文根据径向分布函数理论，导出了一个新的统一的溶液过量焓和过量自由焓模型，并用可靠的计算机模拟数据进行了对照检验。

8·The adsorption enthalpy change, free energy change, entropy change for the phenylacetic acid adsorbed by 3 resins were calculated, and the reasonable explanation was made to the adsorption behavior.

对苯乙酸被3种树脂吸附的吸附焓变、自由能变、吸附熵变也作了计算，并对吸附行为作了合理的解释。

9·Estimations of the isosteric enthalpy of adsorption, free energy, and entropy of adsorption are reported and, the adsorption behaviors are reasonably interpreted.

对酚类化合物被两种树脂吸附的吸附焓、自由能、吸附熵也作了测试，并对吸附行为作了合理的解释。

10·VOF method was used to track and adjust the free surface of fused drop, enthalpy-porosity technique was used to track the growth of solidifying layer.

使用VOF方法对熔滴的自由表面进行跟踪和修正，使用焓-多孔介质的方法对熔滴内部凝固层的变化进行追踪。